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Applied Microbiology|August 1, 1975
Automatic pH Control and Soluble and Insoluble Substrate Input for Continuous Culture of Rumen MicroorganismsL L SlyterApplied and Environmental Microbiology|August 1, 1986
Ability of pH-Selected Mixed Ruminal Microbial Populations to Digest Fiber at Various pHsL L SlyterApplied and Environmental Microbiology|February 1, 1979
Monensin and dichloroacetamide influences on methane and volatile Fatty Acid production by rumen bacteria in vitroL L SlyterApplied and Environmental Microbiology|February 1, 1977
Tetrahydrofolate and other growth requirements of certain strains of Ruminococcus flavefaciensL L Slyter, J M WeaverJournal of Animal Science|July 1, 1991
Effect of coliform bacteria, feed deprivation, and pH on ruminal D-lactic acid production by steer or continuous-culture microbial populations changed from forage to concentratesL L Slyter, T S RumseyApplied Microbiology|November 1, 1971
Growth factor requirements of ruminal cellulolytic bacteria isolated from microbial populations supplied diets with or without rapidly fermentable carbohydrateL L Slyter, J M WeaverGrowth|January 1, 1984
Influence of fasting and refeeding high forage and all-concentrate diets on beef heifersJ Bond, L L Slyter, T S RumseyJournal of Dairy Science|September 11, 1992
In vitro effects of the thiopeptide A10255 on ruminal fermentation and microbial populationsR S Tung, L Kung, L L SlyterJournal of Animal Science|April 1, 1988
Response to elemental sulfur by calves and sheep fed purified dietsL L Slyter, W Chalupa, R R OltjenJournal of Animal Science|January 11, 1992
In vitro effects of the ionophore lysocellin on ruminal fermentation and microbial populationsL Kung, R S Tung, L L SlyterPageof 10